BT.Osteopathy

Brain fog and what you need to know👇🏼 . Brain fog isn’t just “in your head”. . It’s a sign your brain isn’t getting the energy and circulation it needs to function at full capacity. . Brain fog can show up as: . 👉🏼 Forgetfulness 👉🏼 Trouble focusing 👉🏼 Slower thinking 👉🏼 Lack of concentration 👉🏼 Losing your train of thought mid sentence 👉🏼 Mental fatigue that doesn’t improve with sleep or caffeine . The truth? It isn’t random, it’s a sign your body is asking for help. . Some common causes of brain fog: . 💥 Chronic stress: High cortisol disrupts the hippocampus and prefrontal cortex, areas responsible for memory and focus. 💥 Poor circulation: Tension or dysfunction in your neck, jaw, or posture can restrict blood flow and oxygen delivery to your brain. 💥 Inflammation: A diet high in processed foods or poor gut health can trigger systemic inflammation that slows brain signaling. 💥 Sleep disruption: Deep sleep is when your brain clears out waste products via the glymphatic system. Without it, toxicity builds up. 💥 Sedentary lifestyle: Movement increases blood flow, oxygen, and neurochemicals like BDNF (brain-derived neurotrophic factor) that improve focus. 💥 Dehydration: as little as 1–2% impairs attention and working memory . The good news: You can reduce brain fog by supporting your brain’s physiology. Here’s how: . 👉🏼Daily movement even 10 minutes of walking boosts cerebral blood flow 👉🏼 Vagus nerve stimulation can help lower cortisol and balance stress hormones 👉🏼 Stay hydrated with water and electrolytes; even mild dehydration reduces attention and memory 👉🏼 Prioritize 7–9 hours of sleep. This improves clearance of brain waste and restores focus 👉🏼 Support your gut health; whole foods and fiber lower inflammation, reducing stress on your lymphatic system, making it easier for your brain to clear toxic waste . Your brain fog is not permanent. When you restore circulation, reduce chronic stress your nervous system, and give your brain what it needs, clarity comes back. . Tag a friend that needs to hear this. . #brainfog #lymphaticsystem #lymphaticdrainage #nervoussystemhealing #nervoussystemregulation

Why this works👇🏼 . 💥Fold & Hold💥 . This is a positional release method used in manual Osteopathic treatment to help relieve muscle and tendon irritation by reducing excessive tension and restoring normal function. . It is a form of strain-counter strain, where you shorten the irritated muscle and hold it in a relaxed position to allow the body to reset muscle tone and pain perception. . ⚡️You’re technically “tricking” your nervous system! . This “folding” removes strain from the Golgi tendon organs (GTOs) and muscle spindles, which are sensory receptors responsible for muscle tension regulation. . Holding the Position . The position is held for 20-90 seconds to allow the neuromuscular system to adjust. . This gives the body time to recognize the reduced strain and downregulate the pain response. . Neurological Reset . The muscle spindles stop signaling excessive tension, which reduces protective guarding and pain perception. . The autonomic nervous system (ANS) shifts toward a parasympathetic state, decreasing overall muscle hypertonicity. . ✅ Share this with someone who complains about neck, upper back or shoulder pain. . #neckpainrelief #shoulderpainrelief #upperbackpain #backpainrelief #nervoussystemhealth #nervoussystem

Why upper cervical dysfunction matters👇🏼 . 1️⃣ Neurological impact - the upper cervical spine houses and protects the brainstem, a main component of the central nervous system responsible for regulating breathing, heart rate, blood pressure and digestion. Dysfunction can irritate the spinal cord or nerves potentially causing symptoms such as headaches, migraines, vertigo, dizziness, poor coordination or balance. . 2️⃣ Blood flow to the brain - upper cervical dysfunction can negatively affect the vertebral artery leading to symptoms like brain fog, cognitive impairment, fainting, or visual disturbances. . 3️⃣ Autonomic nervous system regulation - dysfunction in this area can influence the balance between sympathetic and parasympathetic nervous system, causing dysregulation. . 4️⃣ Structural and musculoskeletal effects - misalignment at C1 and C2 can lead to compensatory changes throughout the spine and body causing neck or back pain, muscle tension or stiffness, TMJ dysfunction, postural changes. . 5️⃣ Emotional and psychological effects - chronic dysfunction in this area can perpetuate stress and tension contributing to mental health issues such as anxiety, depression, fatigue or low energy levels. . 6️⃣ Lymphatic and immune function - proper movement of the upper cervical spine is important for drainage of the head through the venous and lymphatic system. Dysfunction through these systems may express as sinus congestion, chronic ear infections, reduced immune function, swollen tonsils or glands, swollen lymph nodes. . 💥 How can Osteopathy help? . Osteopathic treatment focuses on addressing the root causes of upper cervical dysfunction through: 👉🏼 Gentle manipulation to improve mobility and function of the atlas and axis (C1/C2) 👉🏼 Restoring blood flow to the brain and spinal cord 👉🏼 Reducing nerve irritation 👉🏼 Reducing muscle tension 👉🏼 Improving lymphatic and venous drainage to support immune function . #osteopathy #manualosteopath #neckpainrelief #headacherelief #migrainerelief #lymphaticdrainage

Knee Pain Healing 101👇🏼 . 1️⃣ Joint Function . The knee joint is a complex hinge joint that allows for both stability and mobility in the lower limb. The knee joint involves three bones: Femur (thigh bone), Tibia (shin bone), Patella (kneecap). It has two primary articulations: The tibiofemoral joint (between femur and tibia). The patellofemoral joint (between patella and femur). Hip joint and ankle joint limitations can negatively affect the knee and slow down healing. . 2️⃣ Muscle Tension . The quadriceps, hamstrings, adductors, abductors and lower limb (calf) muscles all have an influence on knee function. Irritated muscles, injury, compensation patterns, muscle imbalances, inflammation and posture influences tension throughout muscles. . 3️⃣ Nerve Irritation . The state of a nerve is constantly changing and is influenced by various factors. In the focus of knee pain, the nerves that innervate muscles of the legs influence the tone, responsiveness and ability of muscles to sense and contract. Irritated nerves can lead to increased muscle tone/contractions which alters mobility and function. . 4️⃣ Blood Supply . Arteries carry nutrients, immune cells, hormones and oxygenated blood to different areas of the body. When we discuss the pathway of healing for the knee, the blood travels: Heart ➡️ Thoracic Aorta ➡️ Abdominal Aorta ➡️ Common Iliac Artery ➡️ External Iliac Artery ➡️ Femoral Artery ➡️ Popliteal Artery . 5️⃣ Drainage + Waste Removal . Drainage of the knee refers to the process by which fluids (such as lymph, blood, and interstitial fluid) are transported away from the knee joint and surrounding tissues. This is primarily facilitated by the lymphatic and venous systems. The knee is drained by lymph nodes in the popliteal region and inguinal region. Proper drainage is critical for healing, maintaining tissue health, and reducing inflammation. . 👐🏼 Osteopathic treatment addresses all of these layers through a thorough assessment and individualized treatment. . #kneepain #kneepainrelief #kneepainexercises #kneepaintreatment #kneehealth #osteopathy #osteopath #btosteopathy

Back pain is complex and is different for everyone. . ✅ Follow my page to learn more about back pain! . #backpain #backmobility #lowbackpain #lowbackpainrelief #painrelief #greenscreenvideo

You made it 👏🏼 . 💥Sperm Journey: During sexual intercourse, millions of sperm are released into the female reproductive tract. Only a few hundred make it to the fallopian tubes, navigating through cervical mucus, the uterus, and finally reaching the egg in the fallopian tube. . 💥Sperm-Egg Binding: When sperm reach the egg, they must penetrate its outer layer (corona radiata) and the protective glycoprotein layer (zona pellucida). Enzymes in the sperm’s head (acrosome) help break down these barriers. . 💥Membrane Fusion: Once a sperm penetrates the egg, their cell membranes fuse, allowing the sperm’s nucleus to enter the egg. This triggers the egg to undergo changes to prevent other sperm from entering, ensuring that only one sperm fertilizes the egg. . 💥Zygote Formation: The genetic material from the sperm and egg combine to form a single, diploid cell called a zygote, containing 46 chromosomes (23 from each parent). This zygote will begin to divide and develop into an embryo, starting the journey of pregnancy. . Fertilization marks the beginning of human development and the formation of a unique genetic blueprint for the new individual. . ✅ Follow @btosteopathy for more health related content. . #pregnancy #pregnant

Average day in the clinic as a manual osteopath. . #osteopathy #osteopath #btosteopathy #manualosteopathy #massagetherapy #chiropractor #physicaltherapy #physiotherapy #manualtherapy #anatomy

Let’s talk about fascia👇🏼 . 💬 Comment “Fascia” and I will send you a free quiz you can take to assess if your fascia is healthy. . Fascia is a continuous, three-dimensional web of fibrous tissue that provides structural support and facilitates movement. . Fascia can be classified into three main layers: . 👉🏼 Superficial Fascia: Located just beneath the skin, it contains fat and connective tissue, providing insulation and cushioning. . 👉🏼 Deep Fascia: Surrounds muscles, bones, nerves, and blood vessels, offering support and reducing friction between muscular structures. . 👉🏼 Visceral Fascia: Envelops and supports internal organs, holding them in place within the body cavities. . Why Does Fascia Need to Glide? . Fascial glide refers to the ability of fascia to move smoothly over underlying tissues. . This is crucial for several reasons: . 👉🏼 Movement Efficiency: Smooth fascial glide allows muscles to contract and relax without restriction, enabling efficient and coordinated movement. . 👉🏼 Reduced Friction: Proper glide reduces friction between muscles and other tissues, preventing wear and tear. . 👉🏼 Fluid Dynamics: Facilitates the flow of interstitial fluids, blood, and lymph, which is essential for tissue nourishment and waste removal. . 👉🏼 Pain Prevention: Restricted fascia can lead to tension and pressure on nerves, resulting in pain and discomfort. . Fascia is filled with sensory nerves, making it the body’s largest sensory organ. . Fascia plays a crucial role in maintaining our body’s structural integrity and movement efficiency. Ensuring it remains healthy and flexible is essential for overall well-being. . Osteopathic treatment is a form of manual therapy that can assess and treat fascial restriction. . ✅ Share & follow @btosteopathy for more health related content! . #fascia #fascialstretchtherapy #fascialrelease #myofascial #myofascialrelease #connectivetissue #humanbody #painrelief #healthtips #osteopathy #manualosteopathy #osteopath

Leg muscles in more detail👇🏼 . 1. Rectus Femoris is unique among the quadriceps muscles because it crosses both the hip and knee joints. It is involved in hip flexion and knee extension, making it crucial for movements like kicking, running, and jumping. . 💥 Exercise 👉🏼 Lunges focus on both the hip and knee joints, making them an excellent exercise to target the rectus femoris. . 2. Vastus Lateralis is the largest and most lateral of the quadriceps muscles. It is responsible for knee extension and is critical for stabilizing the knee joint during activities such as walking and running. . 💥 Exercise 👉🏼 Leg Press - The leg press machine targets the vastus lateralis by involving knee extension against resistance. . 3. Vastus Medialis is located on the inner part of the thigh and plays a key role in knee stability, particularly during the last few degrees of knee extension. . 💥 Exercise 👉🏼 Wall Sits are isometric exercises that engage the vastus medialis. . 4. Vastus Intermedius lies underneath the rectus femoris and also contributes to knee extension. It is less visible than the other quadriceps muscles but still plays an essential role in leg movements. . 💥 Exercise 👉🏼 Bulgarian Split Squat - this exercise isolates each leg individually, allowing the vastus intermedius to be activated. . 5. Sartorius is the longest muscle in the body, running from the hip to the knee. It assists in hip flexion, knee flexion, and external rotation of the leg, often referred to as the “tailor’s muscle” due to its role in crossing the legs. . 💥 Exercise 👉🏼 Step-Ups Engage the sartorius by stepping up onto a raised platform with one leg, driving through the heel to lift your body, and then stepping back down. . 6. Gracilis is a long, thin muscle located along the inner thigh, responsible for hip adduction and knee flexion. It plays a key role in stabilizing the thigh during movement. . 💥 Exercise 👉🏼 Side-Lying Hip Adduction - lie on your side with your bottom leg straight. Lift the bottom leg upward while focusing on squeezing the inner thigh muscles, then lower back down. . #workout #legworkout #leganatomy #quadriceps #humananatomy #osteopathy

When @Moore Wellness flew me out to Louisville to help him with his back pain. . This was his feedback after his first experience: . “Had my first osteopathic treatment, and I’m blown away! It was such a relaxing experience for my joints, tendons, and ligaments. The subtle, gentle movements felt like mini adjustments for my whole body, leaving me feeling aligned and rejuvenated. The relief was immediate, and I walked out feeling lighter and more in tune with my body. If you’ve been thinking about trying osteopathy, I can’t recommend it enough!” . Who’s next? . #osteopathy #osteopath #backpain #backpainrelief

8 signs you might have high cortisol levels👇🏼 . 💬 Comment “Cortisol” if you would like me to send you a free cortisol crash course that includes 3 ways you can naturally reduce cortisol levels. . High levels of cortisol can lead to symptoms like: . 👉🏼 Unexplained weight gain 👉🏼 Brain fog 👉🏼 Constantly craving salt or sugar 👉🏼 Consistently waking up between 2-4am 👉🏼 Chronic fatigue 👉🏼 Weak immune system 👉🏼 Digestive issues 👉🏼 Hormonal imbalance . ✅ Save this post & share with someone who needs it. . 🚫 This is not medical advice. This is for educational purposes only. . #cortisol #cortisolcontrol #nervoussystem #nervoussystemregulation #nervoussystemhealing #stressmanagement #stressreduction #stress #healthtips

💥Knee pain?👇🏼 . There are many causes of knee pain including: . 👉🏼 Degenerative changes 👉🏼 Inflammation 👉🏼 Meniscus tears 👉🏼 Ligament injury 👉🏼 Bursitis 👉🏼 Muscle tension 👉🏼 Irritated nerves/muscles 👉🏼 Poor circulation . BUT… for those of you who may experience pain to weakness or lack of stability in the knee, this can be a great exercise. . 🔥 Share this with someone who needs help with their knees. . ✅ Follow @btosteopathy for more health related content. . #kneepain #kneepainrelief #kneepainexercises #kneerehab #kneeinjury #legmuscles #meniscus #meniscustear #meniscusrehab #aclrecovery #aclrehab #kneestrengthening

Let’s talk about joint adjustments👇🏼 . Are they necessary? . No. . Going for treatment to simply have all of your joints adjusted/cracked does not fix the root cause. . It may feel good in the short term, but it does not address the full picture. . Let me explain👇🏼 . Everything in the body is interconnected on a complex level. . When a joint is restricted, the soft tissues around the area become compromised (fascia, muscles, tendons, ligaments), blood flow & drainage are impacted, the nervous system responds accordingly and the endocrine and immune systems functions alter. . Although adjustments CAN be a beneficial tool in manual treatment; knowing when and how to use this technique is more important. . The way the body responds to a stressor is dynamic and constantly changing. . The ability for the body to adapt and handle the situation depends on numerous factors including: health prior to injury or issue, diet, sleep, immune function, severity, mindset etc. . 🧠 If you are interested in learning more about this, check out my podcast episode with @Rehab Science on spotify “An Osteopathic Approach to the Treatment of Pain”. . 🚫This post is not an example of what chiropractic treatment looks like. Repost: @vincentoshana #chiropractic #chiropractor #osteopath #osteopathy

The Female Reproductive System👇🏼 . ✅ Free hormone checklist on my profile. . 💥Production of Eggs (Ova): The ovaries produce eggs, or ova, through a process called oogenesis. This is crucial for reproduction, as the egg must be fertilized by sperm to initiate pregnancy. . 💥Hormone Production: The female reproductive system produces sex hormones, primarily estrogen and progesterone. These hormones regulate the menstrual cycle, support pregnancy, and influence secondary sexual characteristics like breast development. . 💥Menstrual Cycle Regulation: The system orchestrates the monthly menstrual cycle, which prepares the body for pregnancy. If fertilization doesn’t occur, the uterine lining sheds during menstruation. . 💥Fertilization: The fallopian tubes are the site where the egg and sperm meet, allowing for fertilization. If an egg is fertilized, it moves to the uterus for implantation. . 💥Support and Nourishment of the Developing Fetus: During pregnancy, the uterus provides a protective environment where the fertilized egg can implant, grow, and develop into a fetus. . 💥Childbirth: The reproductive system facilitates childbirth through the cervix and vagina, which form the birth canal. The uterus contracts to help deliver the baby. . 💥Breastfeeding: Post-pregnancy, the mammary glands in the breasts, part of the reproductive system, produce milk to nourish the newborn. . Check out Hormone Imbalance Checklist to learn more about your hormones and their function in your body. . ✅ Follow @bt.osteopathy for more health related content. . Credit: @sciepro.official #hormones #hormone #hormoneregulation #cortisolcontrol

💥Sweat glands up close. . Fun facts about sweat: 👉🏼 Sweat is composed of about 99% water, with the remaining 1% consisting of salts, proteins, urea, and ammonia. 👉🏼 Humans have two types of sweat glands: Eccrine Glands: Found all over the body and primarily responsible for regulating body temperature. Apocrine Glands: Located in areas with hair follicles, such as the armpits and groin, and produce a thicker sweat that can lead to body odor when broken down by bacteria. 👉🏼 Sweat itself is odorless. The characteristic body odor occurs when bacteria on the skin break down the proteins and fatty acids in apocrine sweat. 👉🏼 Sweating isn’t just triggered by heat or physical exertion. Stress, anxiety, and excitement can also activate sweat glands, particularly in the palms, soles, and armpits. 👉🏼 Some people suffer from a condition called hyperhidrosis, where they sweat excessively even without heat or physical exertion. This can affect daily life and cause social anxiety. 👉🏼 Sweat has natural antimicrobial properties that help protect the skin from infections. The antimicrobial peptides in sweat can kill bacteria and viruses on the skin's surface. . #sweat #sweating #skincare #skincaretips #wellnesstips #healthtips #greenscreenvideo